The current overshoot playing a detrimental role on the electrical performances of resistive devices, it must be carefully monitored when assessing the electrical performances in simple 1R architectures.
The local field inhomogeneity generated by the interfaces between dissimilar phases plays a major role on the electrical properties of ferroelectric-based composites.
Due to the quasi-one-dimensional geometry of the nanowires and the large surface-to-volume ratio, surface-induced effects play a significant role on the electrical properties of nanowire-based devices.
Despite the LB and LbL films are formed by the same materials (PAH and DPPG), it was found that their different molecular architectures play an important role on the electrical response of Pt interdigitated electrodes in impedance spectroscopy measurements.
However, acupoint specificity can also play a lower but significant role, independent of the electrical stimulus.
The final function and alarm matrix which defines how the many component parts and subsystems must interact is created as part of the electrical design role.
As the alternative to this we recommend two equivalent circuits of 2nd order, both simpler then the original Fletcher's circuit and both better candidates to play the role of the canonical electrical model.
This article presents a state-of-art review focusing on the fundamental mechanisms, key microbial players, the role of electrical conductivity, the effectiveness of various conductive additives, the significance of substrate characteristics and organic loading rates in promoting DIET in anaerobic digestion.
Phenomena such as the role of the adsorption geometry, electrical fields at the double layer, dye-redox couple interaction and recombination effects are also analyzed, in order to show how these factors influence the photoelectrochemical characteristics of the cell.
